Jobst For Men 20-30 Knee-Hi Black Medium (pair) 11 1/2 - 13 *

11 1/2 - 13 * Calf Circ 13 3/8 - 19 5/8 * Affordable gradient compression hosiery * When managed care reimbursement limits product selection choices Jobst Relief hosiery delivers compression therapy at an affordable price * Available in knee thigh and waist styles * Available in beige and black features and benefits: * Closed toe styles are designed with a roomy toe space allowance for patients who require additional wiggle room * Accurate gradient compression therapy at a price patients can afford * 3-D knit structure using air covered spandex yarn that is soft to touch and comfortable for all day wear * Reinforced heel designed for long-lasting durability * Styles to meet your patientsÊ preferences including knee thigh and waist highs in closed or open toe designs and a variety of chap styles plus full calf sizes in knee high styles * Relief is appropriate for use by both men and women *

Medium Powder-free vinyl exam gloves are ideal for any type of medical or general use * The non-latex formula makes these gloves ideal for those who may be allergic to latex * Manufactured to ASTM and FDA standards as a medical device these soft vinyl gloves are comfortable and have beaded cuff for extra strength and tear resistance * 100 gloves per dispenser box * 10 boxes per case * 5 mm thick *

Knee High (Open Toe) * Black * 20-30 mmHg * Large * Ankle Circ

5 * Width between handles 18 * Seat to floor height 22 * Seat dimensions 13 -14 * Weight capacity 300 lbs

Jobst For Men 20-30 Knee-Hi Black Medium (pair) 11 1/2 - 13 *Knee High (Closed Toe) * Classic Black * 20 30 mmHg * Medium * Ankle Circumerence 8 1 2 9 1 2 * Calf Circumference 12 17 * * Attractive ribbed design with 3 D knit structure * Easy to wear with a comfortable band that keeps socks up without binding * Flat toes seams and a roomy toe section * Reinforced heels for a longer lasting durable product * Anti bacterial additive reduces unpleasant sock odor * Special Moisture Transport System with soft micro